My question is if I sew all 5 sensors to one Lilypad (2 inputs from the flex sensors, 1 input from the pressure, and 3 from the accelerometer) will I need to change the value of the resistors? i.e. Will I need to change the 22k Ohm resistor for each flex sensor to another resistor and the 1M ohm for the pressure sensor to another resistor?

What other considerations should I be aware of when designing and sewing the circuit? Are there any useful circuit design apps/resources/etc.?

Each sensor should be connected to separate analog input (flex and flexiforse - you call it's pressure?). Than nothing to change. What about accelerometers? Do you have enough analog inputs for them?If not, than options: use multiplexer or accelerometers with I2C/SPI digital interface

Each sensor should be connected to separate analog input (flex and flexiforse - you call it's pressure?). Than nothing to change. What about accelerometers? Do you have enough analog inputs for them?If not, than options: use multiplexer or accelerometers with I2C/SPI digital interface

thanks for the great responses fkeel and Magician! I forgot to point this out but the plan with each accelerometer is to tie all 3 outputs (x, y, z) into a metal button (using conductive thread) and then have a single strand coming from the button and into 1 of the analog inputs. I don't know if that would work which is why the multiplexer sounds like a better idea.

Time permitting, Id like to add a gyroscope. So I should have 2 inputs for each flex sensor, 1 input for the pressure sensor, 2 for each combined (x, y, z tied into 1 strand )accelerometer, and then 1 remaining input for the gyroscope.

I'll look into this multiplexer idea some more though. It sounds like it would be better than my initial idea